Investigating the relationship between species translocation and biodiversity.
Comparing human driven effects to ecological and evolutionary effects.
Two sub-projects:
- Evolutionary/Species
- Ecological/Community
24/05/2021
Investigating the relationship between species translocation and biodiversity.
Comparing human driven effects to ecological and evolutionary effects.
Two sub-projects:
Stronger dependence on basal species than on consumer species in the pool.
Larger pools \(\implies\) larger communities, but non-trivially.
Size structure induces \(\perp\) food webs.
## DatasetID Productivity1 Productivity2 ProdDiff Winner ## 1 14 1 125.42370 126.7982 -1.3745517 Hybrid ## 2 19 1 162.73580 160.1915 2.5443294 Community 1 ## 3 20 1 122.38829 130.3306 -7.9423479 Hybrid ## 4 5 2 266.12522 266.2753 -0.1501297 Hybrid ## 5 5 2 266.12522 282.6293 -16.5040712 Hybrid ## 6 5 2 266.27535 282.6293 -16.3539416 Hybrid ## 7 14 2 93.96649 123.9299 -29.9633981 Community 2 ## 8 17 2 167.14026 182.0757 -14.9354200 Hybrid ## 9 20 2 116.32796 109.0136 7.3143753 Community 1 ## 10 26 2 177.09200 182.1006 -5.0086387 Hybrid ## 11 27 2 32.11787 36.9325 -4.8146284 Hybrid ## 12 30 2 151.97244 138.8907 13.0817663 Hybrid ## 13 33 2 117.20331 183.8896 -66.6863357 Community 1 ## 14 2 3 172.97277 150.5365 22.4362595 Hybrid ## 15 6 3 196.10556 230.7470 -34.6413960 Community 2
Uninvadability to assembly is not the same as uninvadability to dispersal.
Primary productivity does not seem like a great predictor.
When a hybrid community emerges, it seems to propagate to all islands, even if it does not persist.
Hybrid communities that do persist seem to be invadable.
Currently:
Later: